Patchology: It took the patch technology that's used by big pharma for transdermal drug delivery and applied it to skin care.
The practice involves swabbing the mother's vaginal fluid right after Cesarean delivery, and applying the swab to the newborn's mouth, nose, and even eyes, to enable transfer of maternal vaginal bacterial flora to an infant who did not pass through the vaginal birth canal.
Here, we adapt a technology used for drug delivery — controlled release — and apply it to the membrane biofouling problem.
However, this patient-centred practice will also require curricula adaptation towards clinical practice [ 62– 64], without losing sight of all issues related to drug discovery, development, delivery, and use, from applied pharmacology to pharmacoepidemiology. Information systems will have an important impact on the definition of new roles for community pharmacists [ 10, 65– 65].
"The dilemma that charity and NGO operations teams have to balance is maintaining programme delivery and successfully applying risk control and support for their people," says Paul Green, sales director at Key Travel.
There is an important distinction between innovation as a concept for transforming digital service delivery, and innovation applied more broadly as a method to identify, iterate and scale new approaches.
Clients demand expertise, service, value, and results that integrate delivery and practice excellence, and that applies to practice and delivery.
His research has been focused on 1) assessing the risks and benefits of medical products using electronic data collected as part of routine healthcare delivery, and 2) developing and applying privacy-protecting analytic methods to conduct multi-center studies in distributed data networks.
A multi-scale mathematical model for drug release of oral targeted drug delivery systems was developed and applied to a commercially available delayed release tablet (Asacol®) that delivers 5-aminosalicyclic acid (5-ASA) to the colon.
This collection of studies is truly translational, taking advances in drug delivery, biomaterials, and tissue engineering and applying them to the efficacious delivery of PRP growth factors to stimulate bone regeneration.
